Internet of Things (IoT) is the most frequently used subject concerning such new-age technologies as Smart City or Smart Home. Solutions based on IoT become today’s standard for telecom, car or telemetry industries. The largest companies introduce their new services thanks to IoT solutions.
Understanding of the operation idea, requirements, standards and current available and used technologies will lead to the effective and accurate decisions affecting enterprise products and services.
The course is intended for less experienced engineers in telecom and also non-technical staff, who would like to learn about technologies and solutions appearing currently on the market, and about the further paths of development. It will also fit more experienced technical staff as there are some technological aspects in the agenda, such as NB-IoT air interface.
(IoT definition, sensors in phones/tablets/cars/turbines, IoT ecosystem, IoT’s available communication standards, protocols coverage, IoT application requirements, LPWA eMTC standards, NB-IoT, EC-GSM-IoT),
- From MTC (Machine Type Communication) to IoE (Internet of Everything)
(M2M/IoT architecture, IoT evolution based on sensors network, IoT applications, sensors for IoT, IoT protocol stack),
- IoT communication
(wired communication, NFC, bluetooth, Zigbee, Wifi, 2G, 3G, LTE, 5G, NB-IoT, Sigfox, LoRa, LoRaWAN of satellite, examples of use),
- LoRa and IoT
(air interface, application requirements, solutions for Smart City, LPWA, LPWA protocol stack, LoRa, LoRa architecture, device classes, NB-IoT definition, LoRa and NB-IoT comparison),
- LTE for IoT
(LTE evolution for IoT, battery life improvement, coverage enhancement, capacity increase, time schedule of LTE improvement works for IoT, NB-IoT idea, NB-IoT implementation),
- 3GPP and IoT
(companies partnership in the project, cooperating organizations, comparison of IoT radio standards and the latest extentions for eMTC, NB-IoT, EC-GSM-IoT),
(architecture, network nodes, client stations, client applications, requirements, IoT radio, uplink, downlink, physical channels NPSS, NSSS, NPBCH, NPDCCH, NPDSCH, NPRACH, NPUSCH, resource mapping, Cell Search procedures, Random Access, Call Setup, Scheduling and HARQ, efficiency, delays, capacity),
- Smart Battery
(battery types, intelligent accumulators, communication between batteries, charging, charging context, charging priorities),
- IoT use cases
(Smart World, Smart City, Smart Parking, Smart Waste & Recycling, Smart Street Lights, Pollution Monitoring, Smart Farming, Smart Home, Tracking, Monitoring).
The participants should have general knowledge on mobile networks and 4G network functionalities. Participation in “5G Introduction” course is recommended.